Excellence with passion
MASTER OF SCIENCE IN AEROSPACE ENGINEERING
2020
/ 1 / ISAE-SUPAERO GRADUATES: more than a century AT THE FOREFRONT OF AEROSPACE of achievement INNOVATION SINCE 1909 A world leader in aerospace engineering higher education
We have already trained more than 22 700 engineers who are contributing to the development of the aeronautics and space sector in France and around the world. Our engineers’ vocation is to become future leaders in the aerospace industry and the world of tomorrow. That is why we have developed an integrated approach with training, research and innovation in partnerships with academic players, many industrial stakeholders and a network of the best international universities.
A wide range of degree programs in aerospace engineering:
33 programs
1700 students 1500 Masters and 200 PhDs Inventors: from the designer of the first jet aircraft to the inventor of the black box
CEOs and high level executives at Airbus, Dassault, Safran, Thales, ATOS, 31% international students AXA, IBM, and countless other industry leaders in France, Europe and all over the world 66 nationalities are present on campus Directors of major programs such as Caravelle, Concorde, Airbus A320, Airbus A380 and Airbus 350 An extensive, active international alumni network Astronauts An exceptional environment in the heart of Toulouse Three of today’s European astronauts attended ISAE-SUPAERO: Samantha Cristoforetti, Italy, ISAE-SUPAERO research project in 2000, Thomas Pesquet, France, ISAE-SUPAERO 2001 Europe’s leading hub of aerospace industries, laboratories and graduate, Luca Parmitano, Italy, ISAE-SUPAERO 2009 Advanced Master’s program graduate. universities
A Public Institution of higher education and research
/ 2 / / 3 / Master of Science
The Master of Science is a two-year program undertaken after undergraduate studies, including Bachelor’s degree or an equivalent degree. It provides higher qualification for employment or further doctoral studies. The ISAE-SUPAERO Master of Science degree program is internationally renowned and highly regarded as an innovative program in science and technologies. Fully taught in English, this program is designed to prepare engineering students to find and develop solutions to today’s and tomorrow’s challenges facing the world and the aerospace industry. The Master is accredited by the French Ministry of Higher Education and Research in line with the European higher education system.
OBJECTIVES LEARNING APPROACH
In order to support its steadily growing and to maintain business competitiveness, the global The ISAE-SUPAERO Master’s program is designed with a combination of lectures, tutorials, aerospace industry needs high qualified engineers or researchers. Design complex aerospace study cases and projects to be performed in industrial environment or in ISAE-SUPAERO’s systems involve multinational geographically disseminated teams of project managers or laboratories. It is taught in English. various experts working in collaborative environment through integrated development The MSc AE program includes three-semester academic session, in ISAE-SUPAERO’s platform tools. premises, provided by permanent professors and experts from aerospace industry bringing The Master of Science in Aerospace Engineering is intended to educate graduate students in current knowledge and experience. subjects relevant to these demanding challenges and needs of the industry. The last semester consists in a master thesis to be performed in a company or a laboratory Giving students competences in engineering science, technology and design related to in the aerospace sector. After the thesis, students having obtained 120 credits under aeronautics and space, the MSc AE is designed to be multidisciplinary preparing future examination will be awarded the Master of Science in Aerospace Engineering from ISAE- engineers to easily and efficiently work on aeronautical systems, space systems and SUPAERO. their applications, with emphasis on the complete life cycle of the system. With a large spectrum of knowledge the MSc AE allows students to tackle various aspects from design to operations of products and systems either in a research organism or in an aerospace company in a multinational environment.
/ 4 / / 5 / A multidisciplinary
curriculum FULLY TAUGHT IN ENGLISH
4 SEMESTERS OF 30 ECTS EACH
French Classes for 1ST YEAR 2ND YEAR beginners during the ACCREDITED two years program BY THE FRENCH The first semester focuses on the 1ST SEMESTER 2ND SEMESTER 3RD SEMESTER 4TH SEMESTER MINISTRY common core curriculum. It takes also OF HIGHER into account the background of the EDUCATION students, while the second semester COMMON CORE AND RESEARCH offers a wide choice of nineteen electives. A choice of 7 areas of expertise: Advanced Aerodynamics IN LINE WITH In the third semester, students choose and propulsion THE EUROPEAN from among seven concentrations Sciences & ELECTIVE engineering, project MAJORS Aerospace structures HIGHER spanning the main areas of aeronautical management & COURSES MASTER THESIS Aerospace systems and EDUCATION and space systems design. systems engineering, control SYSTEM foreign languages Embedded systems Space systems Systems engineering RESEARCH PROJECT Space imaging navigation and communication
19 electives to broaden students’ horizons in new areas In a company or a research laboratory
Students have extensive opportunities INDUSTRY to develop a scientific skills approach PLACEMENT through research projects in ISAE- (OPTIONAL) SUPAERO laboratories in second and third semesters along with on-the job skills during internships in the aerospace industry
/ 6 / / 7 / Majors Pathway Aircraft Design and Operation: Students focus on one of seven areas of expertise including: Student attending majors Aerospace Advanced Aerodynamics Space systems structure and Aerospace system and Common core and propulsion Space environment and effects control can follow the pathway Aircraft Applied Aerodynamics Mission analysis and orbital Design and Operation. The core curriculum is multidisciplinary with a strong grounding in science and engineering, along with courses in project Aeroelasticity & Flexible Aircraft Space communications systems In this case they attend two dedicated management and foreign languages Advanced aerodynamics of Space projects: tools for simulation modules, in semester 2, and they perform their research project in this turbomachinery Space projects financial and legal field. Sciences & engineering Physics and Modelling turbulence Satellite engineering and design Objective: to master solid technical and scientific skills in the major disciplines related to aerospace engineering Aeroacoustics Advanced control and applications Numerical fluid mechanics and Satellite AOCS Aircraft systems Control Applied mathematics High Performance Computing Launchers guidance and control Space systems Aerodynamics & propulsion Algorithm and computing Multiphase Flow and Combustion Satellite electrical systems Human factors Flight dynamics Signal processing On board data handling Airworthiness Aeronautical structures Cyber physical systems Aerospace structures subsystems: functions and Aeroelasticity & Flexible Aircraft architectures Aerospace Structures Satellite thermal control systems Project management & systems engineering Computational Solid mechanics Estimation and filtering Objective: to develop a global, interdisciplinary approach to the design and development of a product or a system Manufacturing Systems engineering Project management Mechanics of materials Master Systems Dependability Systems engineering Space Structures System Performance Assessment & Aerospace systems and Management thesis Foreign Languages and Soft Skills control System Engineering Data Technical Data Management Objective: to prepare students to communicate and to work in evolving multicultural, team-oriented environments. Multivariable systems Systems Design and Architecture The master thesis is performed Control of flexible structures either in industry or in a laboratory. Languages: french as a Foreign Language, German, Arab, Soft Skills : self discovery, team work, negociation, Robust and optimal control Introduction to verification & Chinese, Spanish, Italian, Japanese, Portuguese, Russian professional techniques... validation It enables the student to develop Systems identification and deeper knowledge, understanding, Intercultural Workshop estimation Systems Modeling and Analysis Airbus Study case : Systems capabilities and attitudes. The Non-linear control overall goal of the thesis is for Hybrid control Engineering & certification of the A380 the student to demonstrate the Avionics knowledge and capability required Aircraft Power Architecture Research Space Imaging Navigation to address successfully scientific or Aircraft & Space Actuation Systems industrial challenges. Electives & Communication Preliminary Design Students select four electives among a choice of nineteen Model & Sizing of Aircraft Random signal processing and Project Air Conditioning Systems estimation Electromagnetism Aeroengines Architecture & Performance - Acoustics - Experimental Projects are a key component of the program Wireless electronic systems Approach in fluid dynamics - Software for CFD and are designed to broaden students’ Embedded systems Architecture and Programming of Satellites and orbits Mechanics of materials & structures - Aircraft structures - Computational scientific, intellectual and social horizons. SW systems Digital communications basics solid mechanics - Structure design project This research project features an experience Design and Synthesis of Hardware Telecommunications and networks Software engineering - Simulation for systems engineering - Systems of research at graduate level over 2 Systems Broadband satellite communication architecture - Space Instrumentation semesters with a focus on acquiring in- Real Time Systems systems Real Time Network Remote sensing and sensors Control of dynamic systems & implementation - Aircraft control & depth knowledge, expanding autonomy, and Model Based System Engineering Satellite-based navigation guidance - Adaptive control - Real time control of an aerospace system fostering innovativeness and the ability to think critically. Artificial Intelligence and MDO - Instrumentation & flight data analysis - Aircraft design methods Autonomous Systems System Dependability Certification
/ 8 / / 9 / Acquiring research
PhD Track: experience Every year, several Master Graduates pursue PHD studies in our laboratories. Msc and PhD programs can be connected in the frame of a PhD Track, supported by Toulouse School of Aerospace Engineering (TSAE).
Research laboratories host We are deeply committed to offering our students full access students to complete their to our research capabilities as well as academic and industrial research projects partnerships, covering the entire field of aerospace engineering. From a research policy point of view, the dual objective is to foster the development of new knowledge as well as to answer the needs of the aerospace industry. Our main research 360 partners are ONERA (the French Aerospace Lab.), LAAS-CNRS researchers on campus and OMP (Astronomical Observatory Midi-Pyrénées), the largest French laboratories in the engineering science and space fields. We have numerous long-term research and development 6 doctoral schools agreements with the main European aerospace companies: Airbus, SAFRAN, Thales Alenia Space, Rockwell-Collins, MBDA and Liebherr-Aerospace. Reflecting our longstanding An international center commitment to aerospace higher education and research, to host and train doctoral we are a member of the management board of the Aerospace students Valley cluster (550 aerospace companies and higher education and research institutions from the Nouvelle-Aquitaine and Occitanie Regions).
/ 10 / / 11 / A multidisciplinary scientific policy: 5 teaching and research departments
The Aerodynamics, energetics and propulsion Department develops its research activities on three axes: The Complex systems engineering Department concentrates research driven in 1 • Turbomachines and propulsion 4 the multidisciplinary scientific fields: • Aerodynamics • Applied math • Fundamental fluid dynamics • Communication networks • Decision making systems The Mechanics, structures and materials Department is part of the Clément Ader Institute that gathers in a single • Engineering for critical systems 2 laboratory all the research capabilities of the Occitanie Region (UPS, INSA, ISAE-SUPAERO, IMT Mines Albi-Carmaux). ISAE-SUPAERO professors’ research is focused on: The Aerospace vehicles design and control Department dedicates to • Mechanical system modelling 5 the efficient and safe design and operation of vehicles. • Materials & composite structures The three research groups: • Surface treatment • Aerospace Vehicles Design, • Decision and Control, • Neuroergonomics and Human Factors The Electronics, optronics and signal processing Department is organized into 4 research groups: 3 • Signal, communication, antennas, navigation • Microelectronic image sensors • Space systems for Planetology & Applications All 5 departments support a micro- • Optoelectronics for payloads and aerospace communications aerial vehicle development program at an international level, on the basis of student projects, research and innovation projects, and international competitions.
World class research facilities • Autonomous system platform for micro-drones and robots • Critical embedded systems platform • Flight simulators and neuroergonomics platform • Wind tunnels, aeroacoustics wind tunnel • Turbofan Test Bed • Drop tower, gas guns • Fleet of 9 aircraft : TB 20, Robin DR 400, Vulcanair P68 Observer • Software defined radio room • Clean rooms for satellite integration • Ground station for satellite tracking and operation • Satellite command and control center
/ 12 / / 13 / Student Projects THE AIAA DBF COMPETITION ARTERY IN MICROGRAVITY During eight months, six second year students of The objective was to design and fabricate a multi- the Master of Science in Aerospace Engineering purpose aircraft to support carrier operations. The have designed and built a radio controlled aircraft, aircraft must be able to take off from a 4 feet wide How the fluid dynamics within a coronary artery will behave in space? in order to participate in the biggest academic by 10 feet long launchZOOM PROJETS ramp at an angle of 5°, it Would microgravity and radiation have an effect on the performance of coronary stents? aeromodelling competition in the World: the must have a tailRECHERCHE hook for restraint during power up, American Institute of Aeronautics and Astronautics and the span of the aircraft must be at least 4 feet. These are the ambitious questions that a group of students One model of the coronary artery will contain a coronary (AIAA) Design/Build/Fly (DBF) competition in the Additionally, the aircraft must carry a minimum of is investigating as part of their research project. The Team stent. The pressure of the fluid will be studied along its United States. four attack stores (large dart rocket), it must have a AIM (Artery in Microgravity) led by two second year path using a series of pressure sensors and a camera They have formed a multicultural team with rotating radome, and it must have folding surfaces students of the Master of Science Aerospace Engineering will visualize the flow. Ground tests will be conducted more than five nationalities represented: French, such that it fits inside a space of 3 feet wide by 2 major Space System, Olivia Drayson and Nicolo Bernardini concurrently in order to perform a comparison between Ecuadorian, Italian, Spanish, and Indian. Each feet high in the stowed condition. won in October 2018 the European Space Agency’s first the on-ground behavior and the behavior in microgravity. member comes with a different level of professional Thanks to financial support of the Foundation ISAE- ever “Orbit Your Thesis” program. The AIM Team has now increased to nine members. Seven experience and educational background such as SUPAERO, that accompanies student projects, the The future experiment, that will be launched on the other students with strong background in mechanical, Aerospace Engineering, Mechanical Engineering, team took part and has presented their aircraft at International Space Station (ISS) in 2020, will be a 2U electronical, medical and biological areas have joined the and Electrical Engineering and are cursing in the the competition. (20cmx10cmx10cm) experiment cube housed in the ICE team and bring their different skills. One group will be in System Engineering major, System and Control Cubes facility on board the ISS and will act as a test-bench charge of the electronic and mechanics fields and the other major, and Aerodynamic and Propulsion major. Project realised by for investigating vascular haemodynamics in microgravity. one will be more focused on the scientific part. This event was an opportunity for them to apply Pierre Troillard, Mateo Tobar, Enrico Baracaglia, An electric pump and reservoir will mimic the heart and a Thanks to the “Orbit Your Thesis” program, ESA Academy classroom theory in real world. Benjamin Solomon, Marc Arumi and Alba Aronax blood-mimicking fluid will be pumped around a closed loop of will fund the launch of the experiment cube to the ICE The team is subdivided into several workgroup: (MSc 2019) vessels containing two models of a coronary artery in series Cubes facility on the International Space Station for a 4 • Structures and Design month space mission. ESA Academy will also follow the • Aerodynamics AIM Team through the year by performing environmental • System and Control. test, supporting the project (50,000 euros) and assisting in developing their experiments. The AIM Team has already made one week training at the ESA in Redu, Belgium.
Michele Genoni, Federico Falcone, Olivia Drayson, Nicole Bernardini, Federica Vagnone, Luca Cerquetani and Alessandro Cipolletta from AIM Team.
// 1412 / / 15 / International experience
Different options to get an international experience:
Master thesis (1 semester) Optional internship (2 months)
ESTHER SUSANA RUFAT MEIX Spain – Dassault Falcon Jet (Little Rock – USA)
After deciding that Engineering was the path I wanted to follow for my future career, I was looking for a deeper connection with the industry and more research opportunities. All of this led me to choose ISAE- SUPAERO, as it offered me the opportunity to attend lectures given by professionals from the industry and to carry out a two-semester research project. During the MSc, I chose the Structures Major, so I took theoretical and practical courses focused on structures and materials and learned how to use relevant software necessary to work in this field. As for the Master thesis, I worked at Dassault Falcon Jet in Little Rock, Arkansas (USA) as a part of the Design Engineering team. There, my tasks focused on the optimization of the cabin dividers of Falcon Aircraft to reduce costs and weight. I believe this internship during the 2nd year was essential for me, as it helped me prepare for my future professional career.
After completing the internship in the USA, I started a 1 year graduate program at the European Space Growing Agency (ESA) in Belgium, where I currently work as a systems engineer and project manager for several CubeSat projects. This is an opportunity that I am really enjoying, as I am very passionate about CubeSats and even worked on the ISAE-SUPAERO EntrySat CubeSat as part of my research project professional experience during the MSc program.
By the time they have graduated, MSc students will have completed several experiences during which they have a hands-on opportunity to develop team work methods, project management skills, and research practices, as well as working in a multicultural, international environment. Research and innovation experience
Working in an ISAE-SUPAERO research department or laboratory in France or abroad
Research project Industrial experience Master thesis Master thesis (1 semester) Optional internship
Optional internship (2 months) MARTA RASTEIRO DOS SANTOS : RAGHU VAMSI DEEPTHIMAHANTHIS: Portugal (Recipient of Gifas Scholarship Award) India - P3 (Toulouse - FRANCE). ISAE SUPAERO, Department of Aerodynamics, Energetics and Propulsion (Toulouse -FRANCE)
Going ahead with my decision for doing Masters in Aerospace Engineering, ISAE-SUPAERO stood at the top. My decision to enroll the Master of Science at ISAE-SUPAERO was based in two major facts: my interest for Interesting course structure, innovative projects, and the location: Toulouse which is considered the hub of Fluid Dynamics and Aeronautics and the high-level education and reputation of ISAE-SUPAERO in this Aerospace. I took Aerospace systems and controls as my major for specialization. In my second semester, I got field. During the master, I developed a strongly consolidate expertise in Aerodynamics, Fluid Mechanics a chance to do my research project for a year on a CNES satellite mission under a CNES Scientist. In my and Propulsion, given by the Major of Advanced Aerodynamics and Propulsion, and, at the same time an final semester I did my internship in an industry where I gained knowledge and implemented overall insight of the Aeronautic and Aerospace fields. Currently, I am doing my Master thesis in the logic, algorithms for the automatic aircraft part design and placement. I understood ISAE- SUPAERO - Department of Aerodynamics, Energetics and Propulsion - where I joined a research that my work was going to bring some improvements in the existing industry. team working in the understanding of the development of a fluid dynamic instability. This internship Now I am an Aerospace automation engineering developer. In parallel represents for me a first contact with the research world, where I am having the change to improve my to my work, I am doing my research, which is funding by my practical capacities and to expand my theoretical knowledge. company and some ISAE-SUPAERO students are also working with me on this project.
/ 16 / / 17 / Close collaboration For your future a wide range of with companies exciting career & industry perspectives
LARGE JOB OPPORTUNITIES
Our graduates will work as technical experts, researchers and managers in the fast-expanding aerospace sector and key sectors of the economy, in Europe 1800 and all over the world. 250 engineers, and/or researchers companies support our from leading companies are CLOSE-UP ON THE CLASS OF 2018 development visiting lecturers. They deliver courses based on the latest industry Hired less than Started their career in France The ISAE-SUPAERO CAPGEMINI developments and practices. four months after More than 70% work in IAC Career Center provides ARIANE GROUP 96 %obtaining the degree 85 % Toulouse area support for students PRAMANA ATR ACCENTURE entering the workforce DASSAULT ALTRAN 4 % 2 % Every year companies 3 % 2 % AVENCORE CNES RENAULT 3 % 4 % receive more than AIRBUS SAFRAN 5 % 8 % AKKA 2 % THALES ROLLSROYCE PWC 2 % 800 10% STELIA MBDA WAVESTONE 5 % ISAE-SUPAERO ALTEN An alumni network of over BUSINESS students for internships AIR LIQUIDE AIRFRANCE ACTIVITIES MECANO ID AREA and master thesis. CYLAD 61 % LIEBHERR 14 % Conferences, industrial DAHER 22 700 THEANO ADVISORS graduates 18 % visits, internships in 57 % companies, forums, ATOS SOPRA STERIA recruitment workshops EY Aeronautic Space Reseach and Research and development Studies, Advisory and Expertise development Consulting firm (in management Others Informatics Maintenance and Support strategy...) Accomodation and food services Administration, Management Dpt, Finance, Accounting Automotive Transportation Others Quality Security Operational Safety IT Operations / Maintenance More than 30 12 partnerships company chairs for teaching and research in innovative signed with small programs in safety with Axa, transport aircraft and medium-sized innovative concepts and space with Airbus Group and MAIN RECRUITERS companies and major Ariane Group, in technological innovation with Daher, industrial players AIRBUS, AKKA, ALTRAN, THALES, ALTEN, EXPLEO, ALCIMED, ATOS, ATR, BCG. Embedded systems engineering and architecture with Thales...
/ 18 / Survey on 1st jobs, graduating class 2018 / 19 / A complete range Campus of athletic facilities You will enjoy the pool, gym, climbing walls, life in the heart fitness center, football and rugby fields, of Toulouse tennis and squash courts. More than 80 clubs for a dynamic associative life: culture, sports, technical clubs (micro-drones, space club, Toulouse, aeromodelling, robotics, etc.), social and humanitarian European Capital of aeronautics and space actions, event organization, etc. Nearly 90 000 direct jobs in aeronautics and space The leading French region for research and aeronautics education. Practicing aeronautical sports Ten minutes from campus, we have a fleet of 9 planes (TB 20, Robin DR 400, 4th city and university of France P68 Observer...). Students have the opportunity to earn a wide choice of flight licenses under very preferential conditions: powered aircraft gliding, parachuting, and paragliding. Known as «la ville rose», in reference to the color of the city’s Every year 35 students obtain a pilot’s license. many historical brick buildings Repeatedly voted by the French as one of the most desirable places to live in France: exceptional quality of life, a great place to live as a student ! Student residences and the Student Center The 6 entirely new residences offer 1000 housing units, from 14m2 to 46m2. Located at the heart of the scientific and Residences include common areas such as study rooms, kitchens, and laundry rooms. Welcome university complex, our campus includes The Student Center includes a large main room with a snack bar area, a living room, TV rooms, and rooms for student clubs 22 hectares along the UNESCO classified, and activities. to our outstanding lovely Canal du Midi. Teaching, living and campus sports facilities – we have it all!
1h15
20mn 1h30 ISAE SUPAERO
The ISAE-SUPAERO Toul’box: a student welcome kit to 5mn 1h30 make life easier right from day one: formalities, setting up a bank account, Paris by Plane housing, language courses, cultural activities-find out all you Downtown by car need to know and get started right away! Cycling to the metro Find out more at: https://toulbox.univ-toulouse.fr Mediterranean Sea by car (Our Packages > Special packs > ISAE-SUPAERO) Pyrénées mountains by car / 20 / / 21 / Our Master of Science students can benefit from Join the MSC Funding financial support from ISAE-SUPAERO Foundation and partners. in aerospace engineering program
CEDAR ARISE Excellence scholarship ISAE-SUPAERO Excellence The scholarship of the Chair ARISE, by Thales, for applicants to the Foundation scholarship MSc Aerospace Engineering (major The scholarship of the scholarship “Embedded Systems” on the third Chair for Eco-Design Eligibility This grant covers tuition semester) covers tuition fees and part of of Aircraft (CEDAR) by fees and allows students to living expenses. loan to €12000 without Airbus covers tuition Fully taught in English, the program is particularly suitable for students interest. This amount must fees and part of living with: be refunded within 2 years expenses. after graduation according (Major related to A bachelor’s degree in aerospace or aeronautical engineering, to a schedule agreed upon Aircraft) MBDA Program of Excellence mechanical engineering and mechatronics with the ISAE-SUPAERO for Indonesia at ISAE-SUPAERO All majors are open to these students: Advanced aerodynamics and Foundation. This scholarship covers tuition fees and propulsion, Aerospace structures, Space systems, Aerospace systems part of living expenses. and control, Embedded system, Systems engineering, Space Imaging Navigation and Communication. TSAE GIFAS Program of A bachelor’s degree in electrical engineering, Others profiles in Engineering or Science Toulouse School Excellence electronics, telecommunications Industrial engineering, civil engineering or physics, of Aerospace MBDA Program of Excellence Five majors are open to these students: Space systems, mathematics, computer sciences (ISAE-SUPAERO This scholarship for India at ISAE-SUPAERO - Engineering covers tuition fees Aerospace systems and control, Embedded systems, admissions officers will provide them with information Toulouse School of and part of living Sponsored by the French Embassy Systems engineering, Space Imaging Navigation and on the major open to them). Aerospace Engineering expenses. in India. Communication. (TSAE), a joint program This scholarship covers tuition fees and part of between ISAE-SUPAERO, living expenses. ONERA and ENAC aims at promoting graduate and PhD programs in the On line application documents aerospace engineering domain. Towards this end, Resume, 2 letters of recommendation it offers scholarships to Cover letter, TOEFL (IBT): 85 points (Inst. code: 9820), or undergraduate students Copy of highest diploma or certificate of TOEIC: 785 points, or IELTS: 6.5 points, or CAE/ who wish to enter the MSc enrollment, FCE : 170 points, in Aerospace Engineering For more information on financial aid for foreign Transcripts for the 3 last years, GRE test results if available (not mandatory) of ISAE-SUPAERO and to students in France, visit the Campus France pursue in a PhD program. website: http://www.campusfrance.org. For more information on the admissions procedure, please visit: Many government scholarships are available as www.isae-supaero.fr/en/academics/master-s-degree-msc/admissions/ well (CONACYT (Mexico), BECAS CHILE (Chile), COLFUTURO (Colombia), CIENCIA SEM FRONTIRAS (Brazil), BEC-AR (Argentina)...
/ 22 / / 23 / Address ISAE-SUPAERO 10, avenue E. Belin BP 54032 31055 Toulouse CEDEX 4 France
Telephone 33 (0)5 61 33 80 13
Contact [email protected]
Website www.isae-supaero.fr/en
GROUPE
Crédits photos : ISAE-SUPAERO Aude Lemarchand, Alain Félix/ Masaï, P.Nin, NASAJPL-Caltech, AIRBUS photo by R. GNECCO. Conception graphique : Laurent Gonzalez, California studio de création Document non contractuel : juillet 2019
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